The degree of the expression - 7p^3q^4+p^2q^6+2p^5q

1.	The degree of the expression - 7p^3q^4+p^2q^6+2p^5q
Answer» Step-by-step explanation: If 2p+5q2r+5s=4p−3q4r−3s, then find the RELATION between p, Q, r and s. If 3p^(2)=5p+2 and 3q^(2)=5q+2 then the equation whose roots 3p-2p and 3q-2p is play Prove the following questions 11 to 15 using the properties of determinants. \|{:(1,1+p,1+p+q),(2,3+2p,4+3p+2q),(3,6+3p,10+6p+3q):}\|=1 play In a G.P. if (2p)^(t h) term is q^2a n d(2q)^(t h) term is p^2 where q in N , then its (p+q^(t h)) term is p q b. p^2q^2 c.1/2p^3q^3 d. 1/4p^3q^3 play Find (x+2p)/(x-2p) +(x+2q)/(x-2q),"when x" = (4pq)/(p+q). play I. p^(2) - 7p=- 12 II. q^(2) - 3q+2=0

Answer»

Step-by-step explanation:

If 2p+5q2r+5s=4p−3q4r−3s, then find the RELATION between p, Q, r and s.

If 3p^(2)=5p+2 and 3q^(2)=5q+2 then the equation whose roots 3p-2p and 3q-2p is

play

Prove the following questions 11 to 15 using the properties of determinants. |{:(1,1+p,1+p+q),(2,3+2p,4+3p+2q),(3,6+3p,10+6p+3q):}|=1

play

In a G.P. if (2p)^(t h)

term is q^2a n d(2q)^(t h)

term is p^2

where q in N ,

then its (p+q^(t h))

term is

p q

b. p^2q^2

c.1/2p^3q^3

d. 1/4p^3q^3

play

Find (x+2p)/(x-2p) +(x+2q)/(x-2q),"when x" = (4pq)/(p+q).

play

I. p^(2) - 7p=- 12 II. q^(2) - 3q+2=0

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